This On Demand CEU is a recorded presentation from a previously live webinar event. Fiberglass is one of the most studied man-made substances on the planet, and there are dozens of studies supporting its safety and performance. Yet, there remains some lingering fears. Learn why fiberglass insulation is one of the most tested consumer products on the market and how it stacks up against other comparative products in the industry.
Innovative integrated weather barrier systems that combine structural oriented strand board (OSB) sheathing with an air- and water-resistive barrier not only result in a high-performance building envelope, but they also allow project teams to find efficiencies in design and construction. This course will discuss the components of integrated weather-resistive barrier (WRBs) sheathings, important design details you must be aware of to meet stringent building codes, and how these products can extend a building’s lifecycle and maximize its energy efficiency. We will also examine a new time and labor study that demonstrates how an integrated air- and water-resistive barrier sheathing system can be installed more efficiently than a typical building wrap over OSB sheathing and how this system results in a more energy-efficient structure.
A high-performance building enclosure, such as one clad with EIFS with Drainage, provides protection against the elements, contributes to energy efficiency, and is a means to protect the health and well-being of occupants.
This course will cover the performance and design benefits of modern EIFS with Drainage systems, explaining how they have evolved from the first EIFS barrier system into a single-source solution for exterior wall cladding that provides a number of benefits, including Continuous Insulation, compared to other cladding products. EIFS with Drainage also offers unparalleled design flexibility and adaptability.
In this installment of JLC's Building Sessions, we look at options for air sealing and insulating the building enclosure during renovation work.
Is it worth improving the thermal performance of just one space? We think it is. Even if the work you do won't have a big impact on energy bills, it is critical to improve occupant comfort and protect the durability of the building.
Design and construction industries are vulnerable to natural disasters and manmade hazards that can result in everything from reducing the lifespan of infrastructure to loss of life and property. Professionals in architecture, engineering, and construction (AEC) can mitigate these vulnerabilities by having a fuller understanding of resilience as well as the building materials and construction and operational techniques that lead to stronger, more durable buildings.
This course will examine resilience in the built environment and provide several strategies to achieve resilience at the building scale for stakeholders. It will then assess continuous insulation, particularly mineral wool, as it relates to resilient design before reviewing ASTM resilience testing standards. Finally, this course will help learners evaluate resilience in current code and beyond as well as how to enhance structural systems through the use of mineral wool insulation.
Webinar On-Demand: This On Demand CEU is a recorded presentation from a previously live webinar event. When structural stability and thermal continuity collide, structure has historically taken precedence necessitating tradeoffs such as increased insulation in other areas or acceptance of energy loss and potential moisture damage. The foundation transition from below grade to masonry ledge to masonry veneer wall is one such challenge. What if there was a solution? This presentation explores solutions for perimeter foundation insulation including information needed to specify and install correctly.
The intent of this article is to explain how Ultra-High Performance Concrete (UHPC) compares to Glass Fiber Reinforced Concrete (GFRC), Fiber Cement and Precast Concrete (from a material performance and façade perspective) and provide architects with a clear set of essential tools that will help to facilitate optimal design and installation of UHPC rainscreen facades. Subsequently, the article will also discuss which drivers may shift the expense of a UHPC façade project and explain how to achieve the best installed appearance and performance characteristics through the use of recommended specifications and attachment solutions.
Webinar On-Demand: This On Demand CEU is a recorded presentation from a previously live webinar event. In the fight against climate change, efforts intensify against the planet’s number one enemy—carbon dioxide. The building industry will play a significant role in these efforts. Embodied carbon—the global greenhouse gas emissions generated from sourcing raw material and processing, manufacturing, transporting, and installing building materials—will be the target over the next decade. This course will define embodied carbon, its impact on greenhouse gas emissions, the construction industry's impact, and the methods and tools that building designers can employ to limit embodied carbon.
Mitigating the intrusion of water and air through a structure is a primary concern for designers and contractors. By assessing the differences between traditional air- and water-resistive barriers and comparing them to newer technologies, specifiers can better avoid issues that lead to moisture concerns. Being aware of challenges to jobsite conditions and installation will further enable specifiers to choose the best weather-resistant barrier solution for their project’s building type.
This course will address main characteristics and design details of insulated roof deck systems, an alternative to metal decking for low-slope roofs on commercial and industrial buildings. Two case studies involving the new construction of a 53,000-square-foot freezer facility and a roof replacement on a 24,900-square-foot climate-controlled facility will be explored in detail. Learners will better understand design considerations for specific commercial/industrial roof projects and practical applications of insulated roof deck systems, including installation efficiency, safety, sustainability, and building performance.